Materials Studio consists of several modules of simulation, cheminformatics,
and bioinformatics products that span drug discovery from target identification and
candidate evaluation to compound management and development engineering, all of which
could be purchased separately per module. Materials simulation and informatics products
that support product and process development in the chemicals and materials-based industries are also available.

Currently, MCSR has Materials Studio 4.0 installed on Mimosa, Linux Beowulf Cluster and
Sweetgum,
SGI Origin 2800 with a permanent license for the modules purchased. Hence, MCSR maintains floating licenses for 6 Materials Studio modules: VAMP, DMol3,
Discover, and Compass, some of which are available for use on up to 127 CPUs at a time across all MCSR systems and users.
The list of the modules that are available on Mimosa and Sweetgum including number of cpus per module license are shown below:

Modules

# of CPUS

Discover

125

Compass

125

Dmol3

127

Vamp

1

Steps for running Materials Studio on Sweetgum and Mimosa:

You can run Materials Studio either by writing your own PBS file or a ready-to-run script by MCSR consultants for the submission of Materials Studio calculations.
The next initiative is the installation of MSI on Redwood, SGI Altix 3700
will be completed during spring semester and a script will be written by MCSR consultants for the submission of Materials Studio calculations. This script, similar
to the g03sub script for submitting Gaussian 03 calculations, will do some error checking and then create and submit a PBS job to run your calculation, injecting a
two-digit code into the PBS job name, so that our PBS jobs datawarehouse will recognize your job as a Materials Studio calculation of a given module, and allow this
job to distinguishable from others in the My MCSR Jobs portal.
In the meantime, you will need to write your own PBS scripts to run the calculations, and encode your PBS jobname as described further below.

MSI has been installed under the directories /usr/local/apps/MSI and /usr/local/appl/MSI
in mimosa and sweetgum, respectively. There are two test folders, one each for "Discover" and "Dmol3" modules, located under the MSI directory
under the MSI_testjobs folder.
Each folder contains essential input files for each module and a pbs script to run the jobs.
You can simply submit these jobs via qsub command of PBS
after copying the folders and files to your account directory and modifying "cd " lines of pbs files by changing the directory paths
to your account path. You may follow the steps below to run Discover test on sweetgum:

Once you login to the system, you will receive a command prompt as sweetgum % , then
please follow the steps below;

Change directory to your /ptmp directory: cd /ptmp/(your_login_name) (In this example, we did the steps for user: tpirim)cd /ptmp/tpirim

Mimosa Info: To run the same job in mimosa system, please transfer the files in sweetgum to the "Discover"
folder on your mimosa "cd /ptmp/(user login name)/MSI_testjobs" directory that you create
and change the line "#PBS ncpus= " to "#PBS nodes= in discover.pbs file.

Each Materials Studio job needs to have a specific name code assigned depending on the
the module being used by adding the PBS command, "#PBS -N" in your script,
i.e. For Discover test job above, #PBS -N Zstest command line has been added to the
discover.pbs script. Hence, here are the PBS name codes need to be given according to modules:
Discover: ZSname_of_input_file
DMol3: Z3name_of_input_file
Amorphous Cell: ZAname_of_input_file
Compass: ZCname_of_input_file
DPD: ZDname_of_input_file
Vamp: ZVname_of_input_file

For more information on PBS commands, you may visit
PBS Batch Script Web Site.
For further information on Accelrys, please contact MCSR Consultancy Group via emailing assist at mcsr.olemiss.edu.